Answer:
The chapter begins by recounting Lindy Chamberlain's three-decade struggle to prove that she was not guilty of slitting her baby's throat in the family car. Lindy was convicted, based in large part, on presumptive blood testing and blood tests that were thought to prove the presence of infant blood. The chapter gives an overview of the history and use of presumptive blood tests and the failures of these tests that have resulted in wrongful convictions. After describing Lindy Chamberlain's saga, the chapter is broken in to three sections: Section 1 serves as an introduction and explains why there are both presumptive and confirmatory blood tests. Part I is a thorough, basic overview of the science of testing for blood. Part II covers presumptive tests and the law, and relies on examples of cases where presumptive and confirmative testing have either been misapplied or misunderstood. Finally, Part III covers problems faced in the Lindy Chamberlain case that led to Ms. Chamberlain's wrongful conviction and incarceration.
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hope this helps
Answer:
Shanda has a very modern, creative and developmental leadership style, where she is enabling her students to gain confidence, think about possible solutions regarding a problem and learn more from each other.
Explanation:
Human brain tends to learn and grow more when it is put under a condition where it can experience an event instead of reading of writing it down. By asking for suggestions from the students, shanda gave them confidence and sense of responsibility which will develop them for future and at the same time allow them to learn from each other.
Answer:
I'm not exactly sure, but I think you should give enough breath for the infants chest to rise (indicating that there is enough air going in)
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Answer:
According to the law of conservation of mass, the masses of the products and reactants must be the same. Adding calcium to the product side is considered a mistake if it is not in the reactant side of a particular chemical equation because it is impossible to produce calcium from thin air (unless this is a nuclear reaction).
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